gabo Systemtechnik Product brochure 44 gabocom Network level 3 and 4 Non-returnable wooden-spool D × B (mm)** 340 × 340 × 340 (box) 600 × 360 340 × 340 × 340 (box) 600 × 360 340 × 340 × 340 (box) 600 × 360 / 700 × 370 700 × 370 / 1200 × 370 700 × 370 / 1200 × 370 700 × 370 / 1200 × 370 700 × 370 / 1200 × 370 Term speed•pipe® indoor 4 × 0.75 speed•pipe® indoor 5 × 0.75 speed•pipe® indoor 7 × 1.5 speed•pipe® indoor 10 × 1.0 speed•pipe® indoor 10 × 2.0 speed•pipe® indoor 12 × 2.0 speed•pipe® indoor 14 × 2.0 D × s (mm)* 4 × 0.75 5 × 0.75 7 × 1.5 10 × 1.0 10 × 2.0 12 × 2.0 14 × 2.0 Colour white white white white white white white Length (m) 600 1600 400 1000 250 500 / 1250 500 / 2500 500 / 2500 350 / 2000 250 / 1500 Further dimensions available on request // overview of fittings in the product catalog or at www.gabocom.com Secure networks inside buildings. speed•pipe® indoor. SPEED•PIPE® INDOOR speed•pipe® indoor may look rather unimposing – but just optically! With regard to their technical characteristics they withstand all requirements. According to the EU Low-Voltage Directive 2014/35/EU the speed•pipe® indoor system entirely is tested in accordance with EN 61386-22, e. g. • fire tests corresponding to the statutory security objectives • regulations for installation and laying • compatibility with firewalls speed•pipe® indoor are flame-retardant and tested according to EN 60684-2 with regard to the absence of halogens and EN 61034-2 with regard to low smoke density. With speed•pipe® indoor every single homeowner and resident is well prepared for the case of emergency. SPEED•PIPE® INDOOR FITTINGS Tested according to EN 61386 and EN 60684-2 the halogen-free and flame-retardant speed•pipe® indoor fittings constitute the ideal complement to the speed•pipe® indoor. • indoor divisible sealing elements • indoor connectors with gas-stop • indoor end plugs • indoor connectors • indoor divisible connectors • indoor bends • indoor marking labels with pipe plug AVAILABLE SPEED•PIPE® INDOOR DIMENSIONS Components * D × s = outer diameter × wall thickness // ** D × B = outer diameter × total width
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